Keywords
oomycete,sporangium,phytophthora capsici,plant pathogen,blight,leaf blight,plant blight,bacterial blight,plant pathology,plant disease,P. capsici,Solanaceae,Cucurbitaceae,Fabaceae,fruit rot,zoospore,thallus,rhizomes,aquatic,fungi,sporangium,pathogen,oomycota,water mold,chromista,asexual reproduction,spore-producing,spore dispersal,zoospore release,sporangia,spore morphology,infectious propagule,crop disease,soilborne pathogen,oomycete lifecycle,agricultural pathogen,pepper blight,cucumber disease,seedling damping-off,phytopathogen,infectious cycle,sporangiophore,plant-microbe interaction,pathogen morphology,wet environment,motile spores,model,model organism,biological model,animal model,animal testing,animal study,oomycete model,research model,experimental model,research,scientific research,scientific study,laboratory research,animal research,anatomy,pathology,immunology,behavior,medicine,physiology,genetics,biology,psychology,feeder,proj-proserv-pilot-25,proj-proserv-pilot-6209f6fcd304000029eafd49,oomycete,sporangium,phytophthora capsici